A low-slung supercar looks like it should slide long before it flips, and that instinct is almost right. Rollover is not the limiting case, because the center of gravity sits just a little above the axle line while the tires generate lateral force far below that point, creating a wide safety margin against tipping.
What really sets the car apart is geometry, not drama. With a center of gravity only a small fraction of its track width above the ground, the lateral acceleration needed to lift the inside tires would exceed the friction coefficient of even racing rubber, so the car will lose grip and slide before it has any realistic chance to roll. Engineers talk in terms of lateral acceleration and roll moment, and for a supercar both numbers are skewed to favor sliding as the failure mode, which feels wild but is structurally safer than a tall vehicle’s tendency to trip and overturn.
The more subversive trick is aerodynamic downforce. At speed, wings and diffusers act as inverted aircraft wings, adding hundreds of kilograms of effective load without adding mass, so the normal force at the tire contact patch rises while the center of gravity height barely changes. Friction force scales with normal load, so grip climbs steeply, yet rollover risk does not grow in proportion, because the extra load presses straight down rather than shifting the car’s weight higher.
